Smart Energy Management in IoT Device Systems
A special issue of Energies (ISSN 1996-1073). This special issue belongs to the section "A: Sustainable Energy".
Deadline for manuscript submissions: 15 April 2025 | Viewed by 274
Special Issue Editors
Interests: safety and reliability engineering; network traffic analysis; Internet of Things; control theory; automation and control systems; control systems; stability; electrical drives; power transfer; measuring technology; measuring transducers; mathematical analysis in engineering; scheduling of experiments; statistical analysis; renewable energy sources
Special Issues, Collections and Topics in MDPI journals
Interests: network traffic analysis; Internet of Things; measurements; temperature measurements; modelling; artificial inteligence; effective energy use in IoT; energy-efficient design for IoT; statistical analysis; regression analysis
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
It is almost impossible to imagine a modern society without devices constantly connected to the Internet. The number of such devices is constantly growing, not only in the conventional fields of application but also in new areas, including smart grids, smart houses, smart transportation, autonomous vehicles, robotics, etc. This growth has led to the need for improvements in the materials, design techniques, algorithms, modelling tools and manufacturing technologies used in modern devices and gadgets. The concept of the Internet of Things further has revolutionized many habitual areas of human life. However, devices interconnected in networks are heavily dependent on electric power. Therefore, their proper operation depends on effective energy use, especially when undergoing the transition from unidirectional power supply patterns to a multi-energy market. In general, the planning of multi-layer heterogeneous networks with complex topologies is an important task, because the energy efficiency of integrated technologies needs to be improved. Heterogeneous networks of energies have further accelerated the revolution of the energy structures and operational modes of IoT systems and devices. Thus, the combination of energy-efficient planning and the diversification of energy sources for IoT represent effective ways to resolve the global energy crisis and climate change by reducing carbon emissions. The ongoing scientific revolution in the field of IoT is affecting and integrating various types of networks, systems, and devices, leading to the need for the coordination of energy generation, energy distribution, the operation of energy systems, and IoT systems, as well as separate devices, as a single bundle. This requires the study of aspects of energy efficiency in IoT, especially with respect to planning energy-efficient algorithms, structure designs, and promising techniques for real-world applications that will improve energy efficiency at various scales, ranging from separate devices to large systems.
Therefore, this Special Issue is focused on studies presenting new ideas, advanced theories, and experimental results in the field of the energy-efficient operation of modern IoT systems.
Dr. Krzysztof Przystupa
Dr. Orest Kochan
Guest Editors
Manuscript Submission Information
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Keywords
- IoT
- energy efficiency in IoT
- smart grid
- data acquisition
- measurements in IoT
- metrology in IoT
- modelling in the field of energy-efficient systems for IoT
- cascaded and modular multilevel converters
- control methods in electronic systems
- applications for electric machines control
- modulation methods in power electronic systems
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